Канал: ElCoM HU

Verilog language| Verilog Expressions and Operators Part.2

Verilog language| Verilog Expressions and Operators Part.2

Verilog language| Verilog Expressions and Operators Part.1

Verilog language| Verilog Expressions and Operators Part.1

Verilog language| Verilog Basics

Verilog language| Verilog Basics

Transformation of two RV Part 2

Transformation of two RV Part 2

Transformation of two RV Part 1

Transformation of two RV Part 1

Characteristic, moment generation function for DRV

Characteristic, moment generation function for DRV

Mean,veriance for two RV

Mean,veriance for two RV

Transformation of two RV Part 3

Transformation of two RV Part 3

Characteristic, moment generation function for CRV

Characteristic, moment generation function for CRV

Introduction for chapter 5

Introduction for chapter 5

Properties of Fourier transform part 2

Properties of Fourier transform part 2

Chapter 4|| Conditional joint CDF & PDF

Chapter 4|| Conditional joint CDF & PDF

Chapter 4|| Joint CDF & PDFfor CRV

Chapter 4|| Joint CDF & PDFfor CRV

Chapter 4|| Joint CDF & PDF for DRV

Chapter 4|| Joint CDF & PDF for DRV

Chapter 4|| Introduction

Chapter 4|| Introduction

Properties of Fourier transform part 1

Properties of Fourier transform part 1

Fourier transform

Fourier transform

Fourier series (sequel)

Fourier series (sequel)

Transformation of RV pt 3

Transformation of RV pt 3

Examples on Fourier series

Examples on Fourier series

Transformation of Fourier series

Transformation of Fourier series

Fourier series

Fourier series

Transformation of RV part 2

Transformation of RV part 2

Expectation,variance,SF

Expectation,variance,SF

Transformation of RV part 1

Transformation of RV part 1

Transformation of PDF & moment generation function

Transformation of PDF & moment generation function

Conditional CDF and PDF

Conditional CDF and PDF

Most popular distribution

Most popular distribution

Example for CDF and PDF

Example for CDF and PDF

Questions on ch1 pt 2

Questions on ch1 pt 2

Questions on ch1 pt 1

Questions on ch1 pt 1

Algebric rule, probability of event، conditional probability, total probability, bay's theorem

Algebric rule, probability of event، conditional probability, total probability, bay's theorem

Introduction to the Probabilities and random variable

Introduction to the Probabilities and random variable

Combined even probability

Combined even probability

example for CDF and and PDF from Random variable

example for CDF and and PDF from Random variable

example for CDF and PDF

example for CDF and PDF

CDF and PDF distribution, example

CDF and PDF distribution, example

Random variable, types of Random variable

Random variable, types of Random variable

Chapter 3|| Properties of LTI system

Chapter 3|| Properties of LTI system

Chapter 3|| Continuous time LTI system

Chapter 3|| Continuous time LTI system

Chapter 2|| Mathematical equation for signals and Properties of the continuous system

Chapter 2|| Mathematical equation for signals and Properties of the continuous system

Chapter 2|| The singularity function pt2

Chapter 2|| The singularity function pt2

‏Chapter 2|| The singularity function pt1

‏Chapter 2|| The singularity function pt1

‏Chapter 2|| Characteristics of signals

‏Chapter 2|| Characteristics of signals

‏Chapter 2|| Transformation of signals

‏Chapter 2|| Transformation of signals

Bernouli trails, multinomial, independent event

Bernouli trails, multinomial, independent event

type of event

type of event

Examples of Pulse Modulation

Examples of Pulse Modulation

Pulse Position Diagram | Pulse Code Modulation |Non uniform quantization|Time Division Multiplexing

Pulse Position Diagram | Pulse Code Modulation |Non uniform quantization|Time Division Multiplexing

Quantization|Pulse(Amplitude,Position,Width) Modulation

Quantization|Pulse(Amplitude,Position,Width) Modulation

Analog Communication|Examples of FM and Narrowband and wideband signals

Analog Communication|Examples of FM and Narrowband and wideband signals

1 : Introduction to Pulse Modulation | Sampling Process

1 : Introduction to Pulse Modulation | Sampling Process

Example of sampling process

Example of sampling process

Circuit 2 | CH11 |AC Power: Power calculation part 2

Circuit 2 | CH11 |AC Power: Power calculation part 2

Elctronics 1 | Filters

Elctronics 1 | Filters

Electronics 1| Full wave bridge rectifier.

Electronics 1| Full wave bridge rectifier.

Electronics 1| Full wave rectifier using center tab transformer

Electronics 1| Full wave rectifier using center tab transformer

Circuit 2 | CH11|AC Power: Power calculation part 1

Circuit 2 | CH11|AC Power: Power calculation part 1

Circuit 2 | CH11|AC Power: Avg &RMS Values

Circuit 2 | CH11|AC Power: Avg &RMS Values

Circuit 2 | Ch 10.10: Phasor diagram

Circuit 2 | Ch 10.10: Phasor diagram

Circuit 2 | Ch10. 3: Reactence(Xeq)

Circuit 2 | Ch10. 3: Reactence(Xeq)

Circuit 2 | Ch 10.3: Cramer's rule & super position examples

Circuit 2 | Ch 10.3: Cramer's rule & super position examples

$Circuit 2|Sec10.3:Cramer’s rule\solving$

Circuit 2|Sec10.3:Cramer’s rule\solving

Electronics 1 | Half wave rectifier part 3

Electronics 1 | Half wave rectifier part 3

Electronics 1 | Half wave rectifier part 2

Electronics 1 | Half wave rectifier part 2

Electronics 1 | transistor and Half wave rectifier part 1

Electronics 1 | transistor and Half wave rectifier part 1

Electronics 1 | DC analysis of diode circuits part 2.

Electronics 1 | DC analysis of diode circuits part 2.

Electronics 1 | DC analysis of diode circuits

Electronics 1 | DC analysis of diode circuits

Electronics 1 | Ideal diode and real diode

Electronics 1 | Ideal diode and real diode

Electronics 1 | PN junction(no bais, reverse and forward pn junction)

Electronics 1 | PN junction(no bais, reverse and forward pn junction)

Electronics 1 | Diffusion current and drift current

Electronics 1 | Diffusion current and drift current

Circuit 2| series RLC circuit, solving circuits

Circuit 2| series RLC circuit, solving circuits

Circuit 2| SEC 10.3, forced response to sinosodal circuit

Circuit 2| SEC 10.3, forced response to sinosodal circuit

Circuit 2|complex form & phasor form/ questions

Circuit 2|complex form & phasor form/ questions

Circuit 2| Introduction

Circuit 2| Introduction

Circuit 2|ch10 (sinosodal analysis/comparison between phases)

Circuit 2|ch10 (sinosodal analysis/comparison between phases)

Electronics 1|Conductors, insulator and semiconductor

Electronics 1|Conductors, insulator and semiconductor

Electronics 1| intrinsic and extrinsic semiconductor.

Electronics 1| intrinsic and extrinsic semiconductor.

Numerical | Runge kutta methods

Numerical | Runge kutta methods

Physics 1 | Newtons law part 2

Physics 1 | Newtons law part 2

Physics 1 | Energy of system part 1

Physics 1 | Energy of system part 1

Physics 1 | Newtons law part 1

Physics 1 | Newtons law part 1

Physics1 | Motion in two dimension

Physics1 | Motion in two dimension

Physics1 | Vectors

Physics1 | Vectors

Physics1 | Motion in one dimension (part2)

Physics1 | Motion in one dimension (part2)

Physics1 | Motion in one dimension (part1)

Physics1 | Motion in one dimension (part1)

Physics1| Physics and measurment

Physics1| Physics and measurment

Numerical Analysis | Numerrical Integration

Numerical Analysis | Numerrical Integration

Numerical Analysis | Numerical Differetaion

Numerical Analysis | Numerical Differetaion

Analog Communications | FM Stereo signal , Phase Locked Loop , Armstrong Method

Analog Communications | FM Stereo signal , Phase Locked Loop , Armstrong Method

Analog Communications | Angle Modulation, Frequency and phase modulation,indirect,direct method

Analog Communications | Angle Modulation, Frequency and phase modulation,indirect,direct method

Analog Communications | example of DSB-SC , SSB ,VSB, Frequency Division Multiplexing FDM

Analog Communications | example of DSB-SC , SSB ,VSB, Frequency Division Multiplexing FDM

Analog Communications | Amplitude modulation(Vestigial Sideband ,Frequency Division Multiplexing FDM

Analog Communications | Amplitude modulation(Vestigial Sideband ,Frequency Division Multiplexing FDM

Analog Communications| AmplitudemodulationDoubleSidebandSuppressedcarrierDSB-SC,Single Side Band SSB

Analog Communications| AmplitudemodulationDoubleSidebandSuppressedcarrierDSB-SC,Single Side Band SSB

Analog Communications | examples of Full Am

Analog Communications | examples of Full Am

Numerical Analysis | Lagrange Interpolation Polynmial

Numerical Analysis | Lagrange Interpolation Polynmial

Numerical Analysis | NDD Interpolating Polynomial

Numerical Analysis | NDD Interpolating Polynomial

Digital logic for mechatronics | Conversion between systems

Digital logic for mechatronics | Conversion between systems

Embedded Systems Lab | Binary to decimal example on saven segment

Embedded Systems Lab | Binary to decimal example on saven segment

Digital logic for mechatronics | Numbering Systems

Digital logic for mechatronics | Numbering Systems

Embedded Systems Lab | saven segment in prutos

Embedded Systems Lab | saven segment in prutos

Embedded Systems Lab | Nop Mistake

Embedded Systems Lab | Nop Mistake

Embedded Systems Lab | Segment display

Embedded Systems Lab | Segment display

Embedded Systems Lab | blinking program with 16F84A microcontroller

Embedded Systems Lab | blinking program with 16F84A microcontroller

Embedded Systems Lab | LED with button cct in proteus and 16F84A

Embedded Systems Lab | LED with button cct in proteus and 16F84A

Embedded Systems Lab | 16f84A cct in proteus

Embedded Systems Lab | 16f84A cct in proteus

Embedded Systems Lab | I/O ports

Embedded Systems Lab | I/O ports

Embedded Systems Lab | Machine code

Embedded Systems Lab | Machine code

Embedded Systems Lab | Comparison mplab program

Embedded Systems Lab | Comparison mplab program

Embedded Systems Lab | factorial MPLab program

Embedded Systems Lab | factorial MPLab program

Analog Communications | classification of material

Analog Communications | classification of material

Analog Communications | Amplitude Modulation Full Am Part 2

Analog Communications | Amplitude Modulation Full Am Part 2

Embedded Systems Lab | Summation by Assembly

Embedded Systems Lab | Summation by Assembly

Embedded Systems Lab | Logic function

Embedded Systems Lab | Logic function

Analog Communications | Amplitude Modulation Full Am Part 1

Analog Communications | Amplitude Modulation Full Am Part 1

Analog Communications | Introduction

Analog Communications | Introduction

Embedded Systems Lab | Directives part 2

Embedded Systems Lab | Directives part 2

Embedded Systems Lab | Directives part 1

Embedded Systems Lab | Directives part 1

Embedded Systems Lab | Instruction Set part4

Embedded Systems Lab | Instruction Set part4

Embedded Systems Lab | Mplab part 2

Embedded Systems Lab | Mplab part 2

Embedded Systems Lab | Mplab part 1

Embedded Systems Lab | Mplab part 1

Embedded Systems Lab | Instruction Set part3

Embedded Systems Lab | Instruction Set part3

Computer Organization | Memory Bandwidth Org and Miss Penalty

Computer Organization | Memory Bandwidth Org and Miss Penalty

Computer Organization | Cache Designe part 2

Computer Organization | Cache Designe part 2

Computer Organization | Cache Designe

Computer Organization | Cache Designe

Embedded Systems Lab | Instruction Set part2

Embedded Systems Lab | Instruction Set part2

Embedded Systems Lab | Instruction Set part1

Embedded Systems Lab | Instruction Set part1

Embedded Systems Lab | Microcontroller Organization

Embedded Systems Lab | Microcontroller Organization

Embedded Systems Lab | Pic Microcontroller

Embedded Systems Lab | Pic Microcontroller

Embedded Systems Lab | Memory Architecture

Embedded Systems Lab | Memory Architecture

Embedded Systems Lab | Microprocessor

Embedded Systems Lab | Microprocessor

Embedded Systems Lab | LCD Code

Embedded Systems Lab | LCD Code

Embedded Systems Lab | Controlling the LCD

Embedded Systems Lab | Controlling the LCD

Embedded Systems Lab | Interrupts Template

Embedded Systems Lab | Interrupts Template

Embedded Systems Lab | PIC Microcontroller Interrupts (example)

Embedded Systems Lab | PIC Microcontroller Interrupts (example)

Numerical | Multiple Linear Regression

Numerical | Multiple Linear Regression

Embedded Systems Lab | PIC Microcontroller Interrupts

Embedded Systems Lab | PIC Microcontroller Interrupts

Numerical |Polynomial Regression

Numerical |Polynomial Regression

Numerical | Data linearization 3-Grothe Rate(Fractinol model)

Numerical | Data linearization 3-Grothe Rate(Fractinol model)

Numerical | Data Linearization 2-Exponential model

Numerical | Data Linearization 2-Exponential model

Control Lab | Pid

Control Lab | Pid

Control Lab | Position Control System

Control Lab | Position Control System

Control Lab | root locus

Control Lab | root locus

Control Lab | Matlab

Control Lab | Matlab

Control Lab | Speed control system

Control Lab | Speed control system

Electromagnetic 1 | Gradient, divergence and curl of a vector

Electromagnetic 1 | Gradient, divergence and curl of a vector

Analog Communications | Amplitude modulation (DSB-SC,SSB,VSB)

Analog Communications | Amplitude modulation (DSB-SC,SSB,VSB)

Circuit 1 | Thevenin and Norton equivalent

Circuit 1 | Thevenin and Norton equivalent

Numerical l Curve Fitting

Numerical l Curve Fitting

Numerical l Data Linearization 1-power model

Numerical l Data Linearization 1-power model

Numerical l Correletion Cofficant OR Factor

Numerical l Correletion Cofficant OR Factor

Numerical l Jacobi and Gauss Seidel Iteration

Numerical l Jacobi and Gauss Seidel Iteration

Numerical l Matrix inverse using LU decompsition

Numerical l Matrix inverse using LU decompsition

Numerical l Lu decompsition part2

Numerical l Lu decompsition part2

Numerical l Lu decomposition part 1

Numerical l Lu decomposition part 1

Numerical l System nonlinear(newton raphson)

Numerical l System nonlinear(newton raphson)

Numerical l Modified newtons

Numerical l Modified newtons

Numerical l Matrix operation review

Numerical l Matrix operation review

Numerical l Fixed point

Numerical l Fixed point

Numerical l Secant method

Numerical l Secant method

Numerical l Newton raphson

Numerical l Newton raphson

Numerical l False position method

Numerical l False position method

Numerical l Bisection method

Numerical l Bisection method

Numerical l Taylor series

Numerical l Taylor series

Numerical l Numeric Errors

Numerical l Numeric Errors

AutoCad | Construction lines & Circles

AutoCad | Construction lines & Circles

Circuit1 |superposition

Circuit1 |superposition

Circuit 1|source transformation

Circuit 1|source transformation

Circuit 1 |Mesh Analysis

Circuit 1 |Mesh Analysis

Computer Organization |Processor Design (part 7)

Computer Organization |Processor Design (part 7)

AutoCad |Lines and Angles

AutoCad |Lines and Angles

Circuit 1 |Nodal analysis

Circuit 1 |Nodal analysis

Circuit 1 |extra examples

Circuit 1 |extra examples

Circuit 1 |voltage and current division rule

Circuit 1 |voltage and current division rule

Circuit1 |equivalent resistance

Circuit1 |equivalent resistance

Electromagnetic 1 |Orthogonal coordinat systems Part-3

Electromagnetic 1 |Orthogonal coordinat systems Part-3

Electromagnetic 1 |Orthogonal coordinat systems Part-2

Electromagnetic 1 |Orthogonal coordinat systems Part-2

Electromagnetic 1 |Orthogonal coordinat systems

Electromagnetic 1 |Orthogonal coordinat systems

Circuit 1 |kirchhoff's law (kvl,kcl) part 2

Circuit 1 |kirchhoff's law (kvl,kcl) part 2

Circuit 1 |kirchhoff's law (kvl,kcl) part 1

Circuit 1 |kirchhoff's law (kvl,kcl) part 1

Electromagnetic 1 |Basic laws of vector algebra

Electromagnetic 1 |Basic laws of vector algebra

Electromagnetic 1 |Basic laws of vector algebra

Electromagnetic 1 |Basic laws of vector algebra

Circuit 1 |ohms law

Circuit 1 |ohms law

Computer Organization |data hazards in ALU instructions

Computer Organization |data hazards in ALU instructions

Computer Organization |Processor Design (part 6)

Computer Organization |Processor Design (part 6)

Computer Oragnization |Processor Design (part 4)

Computer Oragnization |Processor Design (part 4)

Computer Organization |Processor Design (part 5)

Computer Organization |Processor Design (part 5)

Computer Organization |Processor Design (part 3)

Computer Organization |Processor Design (part 3)

Computer Organization |Processor Design (part 2)

Computer Organization |Processor Design (part 2)

Computer Organization | Processor Design

Computer Organization | Processor Design

DIC | Delay

DIC | Delay

DIC |DC analysis

DIC |DC analysis

DIC | Non-ideal transistor theory

DIC | Non-ideal transistor theory

DIC |MOS Capacitance

DIC |MOS Capacitance

Computer Oragnization | Floating Point

Computer Oragnization | Floating Point

Computer Organization |Arithmetic for Computers

Computer Organization |Arithmetic for Computers

Computer Organization | MIPS format

Computer Organization | MIPS format

DIC |How does MOSFET work?

DIC |How does MOSFET work?

Computer Organization |MIPS Instruction Set Architecture (ISA) part 2

Computer Organization |MIPS Instruction Set Architecture (ISA) part 2

DIC |CMOS Fabrication

DIC |CMOS Fabrication